Problem: for the uniform beam below, A, C and D are roller supported and F is pin connected to the wall. The beam is subjected to concentrated loads of 40 kN at point B and 60 kN at point E. B -2 n m + -2 m- Part a: use the force method to solve the reaction forces at A, C, D and F, and the moment diagram. -2 m E F -2 m- 4 m
Problem: for the uniform beam below, A, C and D are roller supported and F is pin connected to the wall. The beam is subjected to concentrated loads of 40 kN at point B and 60 kN at point E. B -2 n m + -2 m- Part a: use the force method to solve the reaction forces at A, C, D and F, and the moment diagram. -2 m E F -2 m- 4 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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*Using Force Method*
Problem: for the uniform beam below, A, C and D are roller supported and F is pin
connected to the wall. Use the force method to solve the reaction forces at A, C, D and F, and the moment
diagram.
*I'm having trouble with the set up since there are two redundant forces, using Cy and Dy as redundant forces.*
*If you could just set up one that would help alot*
Transcribed Image Text:Problem: for the uniform beam below, A, C and D are roller supported and F is pin
connected to the wall. The beam is subjected to concentrated loads of 40 kN at point B
and 60 kN at point E.
B
2 m2 m-
|-—-—-2 m
1↓
C
4 m
E F
▬▬▬2m▬▬▬2 m
Part a: use the force method to solve the reaction forces at A, C, D and F, and the moment
diagram.
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